A high-end thickness gauge packed with "desires" has been born. "Precision," "functionality," and "ease" all in one device. Please experience the L-500 with a demo unit!
Electromagnetic / Eddy Current Thickness Gauge L-500 Easily measure the thickness of paint or plating on metal surfaces by simply placing the sensor! The built-in printer and multifunctional thickness gauge L-500 has evolved into the latest model with a "newly developed probe" and "interactive UI"! ◆ Newly Developed Probe (Measurement Section) High Precision: Improved quality of master data enables more stable measurements. Durability: Enhanced wear resistance of the probe tip chip. Manageability: Memory for adjustment data can be stored within the probe. ◆ User-Friendly Interactive UI In response to feedback that "adjustment work is difficult," the design has been made user-friendly. You can understand the next operation on the screen without looking at the manual. ◆ Enhanced Usability in Housing Design Easy to Hold: The housing has a grip feel, allowing for one-handed key operation. Easy to See: The display is three times larger than before, improving visibility. ◆ Abundant Data Output Built-in Printer: Print measurement values on the spot. Easily manage on-site by attaching them to the measured object or location. PC Output Compatible: Save 24,000 measurement data points. Output to PC via USB serial. Data Organization: Organize data with group and block functions for higher-level records.
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basic information
Product Specifications (For details, please refer to the catalog) L-500 Main Unit Display Resolution: Less than 100μm 0.1μm, 100μm or more 1μm Data Memory Capacity: 24,000 points Application Memory Capacity: 50 units (per probe) External Output: USB Serial Dimensions & Weight: 126mm (W) × 256mm (D) × 93mm (H), 750g Options: Standard Plate (thickness other than included accessories), Thickness Measurement Stand LW-990 Probe Model: EP-100 Measurement Method: Electromagnetic (Fe Probe) Measurement Target: Non-magnetic coating on magnetic metals Measurement Range: 0 to 2,500μm or 99.0mils Measurement Accuracy (according to our specified conditions) Less than 15μm ±0.3μm 15μm or more and less than 1,000μm ±2% 1,000μm or more ±3% Model: HP-100 Measurement Method: Eddy Current (NFe Probe) Measurement Target: Insulating coating on non-magnetic metals Measurement Range: 0 to 1,200μm or 47.0mils Measurement Accuracy (according to our specified conditions) Less than 50μm ±1.0μm 50μm or more ±2%
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Applications/Examples of results
◆Non-magnetic Coating on Magnetic Metals (Electromagnetic Type EP-100) Base Material: Iron, Steel Measured Coatings: - Paint - Plastic - Lacquer - Resin - Rubber - Enamel - Lining - Zinc - Chrome - Tin - Copper - Aluminum - Others ◆Insulating Coating on Non-magnetic Metals (Eddy Current Type HP-100) Base Material: Aluminum, Copper, Brass, etc. Measured Coatings: - Paint - Anodizing (Anodic Oxide Coating) - Rubber - Plastic - Enamel - Lacquer - Resin - Others
Detailed information
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You can print the measurement values with the built-in printer. Both per measurement and batch printing are possible.
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You can output the statistical calculation results by group/block.
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You can display the statistical calculation results by group/block.
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The probe holder is on the side, making it convenient for carrying.
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Measuring instruments help to clearly understand the exact size, scale, condition, and properties of things that we want to know but cannot ascertain. For example, they can measure the microscopic world that is beyond human perception or determine the composition of intangible substances. They capture the target accurately and instantly, presenting the information we want to confirm in an easily understandable way. This is essential for maintaining and managing quality, improving safety and economic efficiency, and conducting fair transactions. Measuring instruments play a crucial role as indispensable tools in any situation where accuracy is required. Many products have been adopted as standard measuring instruments in Japan and are useful in various fields. We consider measuring instruments to be an extension of our five senses and continue to provide reliable answers in the form of products, addressing the theme of measurement one by one.